Cell selection technology
Cell-to-cell variation is a universal property of multi-cellular organisms, which contain diverse cell types characterized by different functions, morphologies, and gene expression profiles. It is important therefore to analyse them one at a time to determine these differences. Monitoring cell functions and cell-to-cell communication in the cellular environment has enormous implications for cell biology and regenerative medicine. Additionally, in detection of cell-based diseases, it is important to develop methods of extreme sensitivity down to single cells to gain the best ability for diagnosis, cell signaling, and monitoring of disease development and progression.
Publications:
1. G. Liu*, et al., iScience, 2019, 20, 137-147.
Cell-to-cell variation is a universal property of multi-cellular organisms, which contain diverse cell types characterized by different functions, morphologies, and gene expression profiles. It is important therefore to analyse them one at a time to determine these differences. Monitoring cell functions and cell-to-cell communication in the cellular environment has enormous implications for cell biology and regenerative medicine. Additionally, in detection of cell-based diseases, it is important to develop methods of extreme sensitivity down to single cells to gain the best ability for diagnosis, cell signaling, and monitoring of disease development and progression.
Publications:
1. G. Liu*, et al., iScience, 2019, 20, 137-147.